Foot massaging shoe

A wireless charging transmitter pad for a foot massaging shoe, the transmitter pad comprising:

• a housing defining a flat top surface for receiving a shoe;
• a transmitter printed circuit board disposed within the housing;
• a transmitter coil electrically connected to the transmitter printed circuit board and positioned beneath the flat top surface;
• and
• a plurality of charge status indicators configured to display a charge level of a remote battery within the shoe in twenty-five percent increments based on feedback signals received from the shoe, wherein the transmitter printed circuit board includes a microcontroller configured to decode load modulation signals from the shoe to determine the charge level without a secondary wireless communication protocol.

An integrated power management and control circuit for a foot massaging shoe comprising:

• a charging circuit board having a wireless power receiver integrated circuit and a battery charging integrated circuit;
• a wireless charging receiver coil electrically coupled to the charging circuit board;
• a microcontroller disposed on the charging circuit board and programmed to monitor the voltage of a connected lithium-ion battery;
• and
• a motor connector port disposed on the charging circuit board and configured to provide control signals to an external servo motor, wherein the microcontroller is configured to modulate the wireless charging receiver coil to transmit battery capacity data to an external charging source for visual display.